Simple house structure

ABSTRACT

The present invention discloses a simple house structure that includes a framework, a floorslab, a wallboard and a shingle, and the framework includes a pedestal coupled to each first vertical rod, a first corner pillar, a first edge pillar and a first center connector disposed at different positions of each first vertical rod, and a second vertical rod connected to each first corner pillar, edge pillar and center connector, and each second vertical rod includes a second corner pillar, a second edge pillar, and a second center connector disposed at different positions of each second vertical rod, and a transversal rod installed between each connectors, and a diagonal rod installed between each transversal rod and first and second vertical rods, such that the house structure can have a better strength and achieve the effects of quick installation and dismantling.

FIELD OF THE INVENTION

The present invention relates to a simple house structure, and moreparticularly to a house structure having a better strength and the housecan be assembled or disassembled quickly.

BACKGROUND OF THE INVENTION

The framework of a general simple house is comprised of a plurality ofsteel beams connected with each other, and two prior art steel beams 7and 8 perpendicular to each other are connected by soldering, and then asupport plate 83 is soldered on another side of the junction contactsurface of the two steel beams 7, 8, and a better force can be appliedbetween the two steel beam 7, 8 (as shown in FIG. 11), or a connectingboard 81 of an appropriate shape together with a fixing member are usedto fix a vertical steel beam 8 and two parallel steel beams 7, 7 a asshown in FIG. 12, a connecting board 82 in an L-shape or otherappropriate shape together with a fixing member are used to connect twoadjacent vertical steel beams 7, 8 by soldering as shown in FIG. 13, andthe foregoing construction constitutes a framework of a simple housestructure.

Although the framework of the foregoing prior art simple house structurecan be made by the steel beams 7, 7 a, 8 with the connecting board 81and the support plate 82, the framework is weak since the structuralstrength at the contact surface or junction of each steel beam 7, 7 a, 8is the weakest, and thus the connecting surface of each steel beam 7, 7a, 8 will be deformed easily if a force is exerted onto the connectingsurface when the framework is shaken. A framework of this sort affectsthe safety of the house structure. Furthermore, the construction of theframework requires large hoisting machines and equipments since thesteel beams are very heavy, and such construction consumes lots ofmanpower, time, and efforts. Therefore, the applications of the priorart house structure cannot meet user's requirements.

SUMMARY OF THE INVENTION

Therefore, it is a primary objective of the present invention to providea house structure having a better strength.

Another objective of the present invention is to provide a housestructure that can be constructed and dismantled quickly.

A further objective of the present invention is to provide a housestructure whose construction plane can be changed during theconstruction of the house.

Another further objective of the present invention is to provide a housestructure that does not require large hoisting machines and equipmentsfor the construction and can meet the cost-efficient effect.

Another objective of the present invention is to provide a housestructure whose materials can be recycled and reused when the house isdismantled.

To achieve the foregoing objectives, a simple house structure of thepresent invention comprises a framework, a floorslab, a wallboard, and ashingle; wherein the framework comprises a plurality of pedestalscoupled to a first vertical rod, first corner pillar, edge pillar andcenter connector connected to different positions of each first verticalrod, and each first corner pillar, edge pillar, center connector isconnected to a second vertical rod, and each second corner pillar, edgepillar, and center connector is connected at different positions of eachsecond vertical rod, and a transversal rod is installed betweenconnectors, and a diagonal rod is installed between each transversal rodand first and second vertical rods.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1 is a perspective view of the invention;

FIG. 2 is an exploded view of the invention;

FIGS. 3 to 10 are schematic views of the installation of the invention;

FIG. 11 is a schematic view of the installation of a prior art;

FIG. 12 is a schematic view of the installation of another prior art;and

FIG. 13 is a schematic view of the installation of a further prior art.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS

Referring to FIGS. 1 to 10 for the perspective view, exploded view, andschematic views of the installation of the present invention, a simplehouse structure of the invention comprises a framework 1, a floorslab 2installed in the framework 1, a wallboard 3 installed on each lateralside of the framework 1, and a shingle 4 installed at the top of theframework 1, and the wallboards 3 are connected by a bent board 31, andthe structure of the framework 1 gives a better strength to the housestructure, and thus achieving the fast constructing and dismantlingeffects.

The foregoing framework 1 is made of an aluminum alloy material to givea light and strong framework 1, so that the house structure does notrequire large hoisting machines and equipments for its construction, andthe aluminum alloy material can be recycled and reused if the housestructure is dismantled, and thus complying with the cost-efficientrequirement. The framework 1 includes a plurality of pedestals 10, eachhaving a first vertical rod 11 disposed thereon, and both ends of thefirst vertical rod 11 separately include a connecting hole 111, 112 andeach first vertical rod 11 includes a first corner pillar connector 12,a first edge pillar connector 13 and a first center connector 14disposed at different installation positions. Both ends of the firstcorner pillar connector 12 separately include an inserting section 121,122, and two distal surfaces of two adjacent opposite corners of thefirst corner pillar connector 12 separately include a connecting section123, and both ends of the first edge pillar connector 13 separatelyinclude an inserting section 131, 132, and a connecting section 133disposed on three distal surfaces of the first edge pillar connector 13,and both ends of the first center connector 14 separately include aninserting section 141, 142, and each distal surface of the first centerconnector 14 includes a connecting section 143. Each of the first cornerpillar 12, edge pillar 13 and center connector 14 includes a secondvertical rod 15, and both ends of the second vertical rod 15 separatelyinclude a connecting hole 151, 152, and each second vertical rod 15includes a second corner pillar connector 16, a second edge pillarconnector 17 and a second center connector 18. An end of the secondcorner pillar connector 16 includes an inserting section 161, and twodistal surfaces at the adjacent opposite corners of the second cornerpillar connector 16 separately include a connecting section 162, and anend of the second edge pillar connector 17 includes an inserting section171, and three distal surfaces of the second edge pillar connector 17separately include a connecting section 172, and an end of the secondcenter connector 18 includes an inserting section 181, and each distalsurface of the second center connector 18 includes a connecting section182. Each transversal rod 19 is installed between the first and secondcorner pillar connectors 12, 16, the first and second edge pillarconnectors 13, 17, and the first and second center connectors 14, 18.The pedestals 10, first and second vertical rods 11, 15, first andsecond corner pillar connectors 12, 16, first and second edge pillarconnectors 13, 17, first and second center connectors 14, 18, and atransversal rod are fixed separately by a fixing member 5, and thusachieving the quick constructing and dismantling effects. Further, adiagonal rod 191 is installed between each transversal rod 19 and thefirst and second vertical rods 11, 15. The foregoing structureconstitutes a novel simple house structure.

The present invention is applicable for a two-floor simple housestructure. When the first floor is constructed at the ground 6, eachpedestal 10 is fixed onto the ground 6 according to the constructionarea as shown in FIG. 3, such that the construction plane of the housestructure can be adjusted at will, and then the connecting hole 111 atan end of the first vertical rod 11 is sheathed onto the pedestal 10 (asshown in FIG. 4), and an inserting section 121, 131, 141 of the firstcorner pillar connector 12, first edge pillar connector 13 and firstcenter connector 14 is inserted separately into a connecting hole 112 atthe corners, lateral sides, and the central position on another end offirst vertical rod 11 as shown in FIG. 5, and then the connectingsections 123, 133, 143 of the first corner pillar connector 12, firstedge pillar connector 13 and first center connector 14 include atransversal rod 19 as shown in FIG. 6, and a diagonal rod 191 isinstalled at a predetermined position between each transversal rod 19and the first vertical rod 11 as a reinforcement for the whole framework1, and a floorslab 2 is covered on each first corner pillar connector12, first edge pillar connector 13 and first center connector 14 asshown in FIG. 8, and thus the construction of the first floor iscompleted.

When the second floor is constructed, the connecting hole 151 of thesecond vertical rod 15 is sheathed separately onto the insertingsections 122, 132, 142 disposed at another end of the first cornerpillar 12, edge pillar 13, and center connector 14 as shown in FIG. 8,and then an inserting section 161, 171, 181 at one end of the secondcorner pillar connector 16, second edge pillar connector 17 and secondcenter connector 18 is inserted into the connecting hole 152 at eachcorner, lateral side, and central position on another end of the secondvertical rod 15 as shown in FIG. 9. A transversal rod 19 is installedseparately between the connecting sections 162, 172, 182 of the secondcorner pillar connector 16, the second edge pillar connector 17 and thefirst center connector 18, and a diagonal rod 191 is installed at apredetermined position between each transversal rod 19 and secondvertical rod 15 as shown in FIG. 10, and thus the construction of thesecond floor is completed. A framework 1 is constructed and finally awallboard 3 is installed on each lateral side of the framework 1, andthe wallboards 3 are connected by the bent boards 31, and a shingle 4 isinstalled at the top of the framework 1 as shown in FIGS. 1 and 2 tocomplete the simple house structure. When the house structure is shaken,the structure and connection of the first and second vertical rods 11,15 with the transversal rod 19, each inserting section 121, 122, 131,132, 141, 142, 161, 171, 181 with each connecting section 123, 133, 143,162, 172, 182 of the first and second corner pillar connectors 12, 16,first and second edge pillar connectors 13, 17 and first and secondcenter connectors 14, 18 can prevent a force from being exerted directlyonto the contact surface of each component of the house structure andprevent any deformation occurred at the connection position of the firstand second vertical rods 11, 15 with the transversal rod 19, and thefirst and second corner pillar connectors 12, 16, first and second edgepillar connectors 13, 17 and first and second center connectors 14, 18so as to enhance the overall strength of the house structure.

While the invention has been described by way of example and in terms ofa preferred embodiment, it is to be understood that the invention is notlimited thereto. To the contrary, it is intended to cover variousmodifications and similar arrangements and procedures, and the scope ofthe appended claims therefore should be accorded the broadestinterpretation so as to encompass all such modifications and similararrangements and procedures.

1. A simple house structure, comprising a framework, a floorslab installed in said framework, a wallboard installed at each lateral side of said framework and a shingle installed at the top surface of said framework 1, characterized in that: said framework comprises a pedestal coupled onto a first vertical rod, and said each first vertical rod includes a first corner pillar connector, a first edge pillar connector, and a first center connector disposed at different positions of said first vertical rod, and a second vertical rod is installed at said each first corner pillar, edge pillar, and center connector, and said each second vertical rod includes a second corner pillar connector, a second edge pillar connector and a second center connector disposed at different positions of said vertical rod, and a transversal rod is installed separately between said first and second corner pillar connectors, said first and second edge pillar connectors, and said first and second center connectors, and a diagonal rod is installed between said each transversal rod and said first and second vertical rods.
 2. The simple house structure of claim 1, wherein said framework is made of an aluminum alloy material.
 3. The simple house structure of claim 1, wherein said first and second vertical rods include a connecting hole disposed separately on both ends of said first and second vertical rods.
 4. The simple house structure of claim 1, wherein said first corner pillar connector includes an inserting section disposed separately on both ends of said first corner pillar connector, and said first corner pillar connector includes a connecting section disposed on two distal surfaces of the adjacent opposite corners of said first corner pillar connector.
 5. The simple house structure of claim 1, wherein said first edge pillar connector includes an inserting section disposed separately on both ends of said first edge pillar connector, and said first edge pillar connector includes a connecting section disposed on two distal surfaces of the adjacent opposite corners of said first edge pillar connector.
 6. The simple house structure of claim 1, wherein said first center connector includes an inserting section disposed separately on both ends of said first center connector, and said first center connector includes a connecting section disposed on each distal surface of said first center connector edge pillar connector.
 7. The simple house structure of claim 1, wherein said second corner pillar connector includes an inserting section disposed at an end of said second corner pillar connector, and said second corner pillar connector includes a connecting section disposed on two distal surfaces of the adjacent opposite corners of said second corner pillar connector.
 8. The simple house structure of claim 1, wherein said second edge pillar connector includes an inserting section disposed at an end of said second edge pillar connector, and said second edge pillar connector includes a connecting section disposed separately on three distal surfaces of said second edge pillar connector.
 9. The simple house structure of claim 1, wherein said second center connector includes an inserting section disposed at an end of said second center connector, and said second center connector includes a connecting section disposed separately on each distal surface of said second center connector.
 10. The simple house structure of claim 1, wherein said each pedestal, first and second vertical rods, said first and second corner pillar connectors, said first and second edge pillar connectors, said first and second center connectors and said transversal rod are fixed by a fixing member. 